Aggregator

Log Number: 4364423Logbook(s): 

• CLOG
• ELOG

Entry Makers: mockBody: 

See linked logs.

Log Number: 4364419Logbook(s): 

• ELOG
• SLOG

Tags: 

• Autolog

Body: restorelib 2.6 Target restore date was The output from the myRestore execution was as follows: Auto timestamp unavailable [iocitfrfcry]

Log Number: 4364415Logbook(s): 

• ELOG
• SLOG

Tags: 

• Autolog

Body: Event/action ID: 3 [mod.type.prop.ioc.macaddress]
Deployment: ced
Workspace: ops
Changes:
ioccs1.macaddress

Log Number: 4364413Logbook(s): 

• ELOG

Body: IDDescriptionPeriodCause 13937Title:
Apparent Power Blip Trips MBSY1C

Summary:
Apparent power blip tripped off MBSY1C.

Log Number: 4364407Logbook(s): 

• ELOG

Entry Makers: alexsBody: 

A power blip dropped the Hall A dipole, latching a Phase/Unbalance fault. The fault cleared, but attempts to revive the power have been unsuccessful. DC Power on-call has been contacted for support.

Log Number: 4364406Logbook(s): 

• ELOG

Tags: 

• Autolog

Body: System UN-Masking for: BeamLossMonitor
User: bbarker
Areas: All

BeamLossMonitor Devices:
ILM0I07
ILM0L01A
ILM0L01B
ILM0L02
ILM2D00A
ILM2D00B
ILM0L04A
ILM0L04B
ILM0L05
ILM0L06A
ILM0L08
ILM0R01
ILM4D00
ILM0R03
ILM0R04
ILM0R06
ILM0R08
ILM0R09
ILM1L01
ILM1L02
ILM6R08
ILM3S00
ILM7S00
ILM9S00
ILM5S10
ILM5E03
ILM7S01
ILM9A01
ILM3E02
ILM5A01
ILM1A04
ILM1A06
ILM1A09
ILM5A10
ILM1A16
ILM1A19
ILM3R10
ILM9R07
ILM1R09
ILM2L03
ILM5R10
ILM5R05
ILM2L01
ILM2T09
ILM

Log Number: 4364405Logbook(s): 

• FMLOG
• CLOG
• ELOG

Entry Makers: mockBody: 

Suddenly recieved a bunch of Facilities power alarms which cleared instantly.
0L04 and 1L10-3 dropped RF and BSY1C Box supply dropped.
The RF and Box supply drop coincides at the exact same time a CHL power meter (08-CHL 1-MCC) jumps up ~ 800 kW. This is also seen on the 33 MVA substation.

BSY1C is not coming back. We need to contact DC power.
RF cavities restored without issue.

Log Number: 4364401Logbook(s): 

• ELOG

Tags: 

• Autolog

Body: System Masking for: BeamLossMonitor
User: bbarker
Areas: All

BeamLossMonitor Devices:
ILM0I07
ILM0L01A
ILM0L01B
ILM0L02
ILM2D00A
ILM2D00B
ILM0L04A
ILM0L04B
ILM0L05
ILM0L06A
ILM0L08
ILM0R01
ILM4D00
ILM0R03
ILM0R04
ILM0R06
ILM0R08
ILM0R09
ILM1L01
ILM1L02
ILM6R08
ILM3S00
ILM7S00
ILM9S00
ILM5S10
ILM5E03
ILM7S01
ILM9A01
ILM3E02
ILM5A01
ILM1A04
ILM1A06
ILM1A09
ILM5A10
ILM1A16
ILM1A19
ILM3R10
ILM9R07
ILM1R09
ILM2L03
ILM5R10
ILM5R05
ILM2L01
ILM2T09
ILM8T0

Log Number: 4364387Logbook(s): 

• ELOG

Body: 

Sorry Shawn, wrote an ELOG/POLOG yesterday, https://logbooks.jlab.org/entry/4363743

Yes, while very likely grounded the VEP would benefit from an improved connector; the grounding foil has the feel of HVAC tape, very self-sticky and at least on the outside non-conductive. It's a common mistake to think that any shiny metallized surface is conductive, e.g. 80/20 used in many places at the lab can have a non-conductive coatings, just like painted metal. Using bonded ground points and star grounding patterns to the main ground line to avoid ground loops is preferred.

Log Number: 4364379Logbook(s): 

• ELOG
• RADLOG

Entry Makers: beneschBody: 

Not as bad now as it was 1030-1140, but still elevated per BLMs. NE spreader IIX pane vertical axis changed in figure 2 to match E02 pane at top. IIX7S00 tracks the current exactly.

Log Number: 4364374Logbook(s): 

• POLOG
• ELOG

Entry Makers: mamunBody: 

Checking on the ion pumps current in the chopper region. Since yesterday's adjustment of ion pump supply voltage, seems like the burps did not disappear. Longer time frame data will help us to conclude on the vacuum/rf trip correlation before and after the ion pump supply voltage adjustment.

Log Number: 4364373Logbook(s): 

• HALOG
• ELOG

Entry Makers: schoeneBody: 

Looks good!

Log Number: 4364371Logbook(s): 

• HBLOG
• ELOG

Entry Makers: alexsBody: 

Downstream 100,000 -> 15,000
BOM 100,000 -> 1,600

Noted that entering a setpoint of 1500 in the BOM field yielded a readback of 1600. Not sure what to make of this, but Hall was okay with 1600

Log Number: 4364363Logbook(s): 

• ELOG

Entry Makers: schoeneBody: 

FFB runs well with just the orbit, but as soon as we turn on RF it trips the hall ion chambers. I failed to snag a picture when the calibration data popped up, but we saw a fair amount of vertical response to the energy lock. For now we will continue to run the position lock with RF off, and turn it off if the hall requests.

Log Number: 4364340Logbook(s): 

• HBLOG
• ELOG

Entry Makers: alexsBody: 

Log Number: 4364339Logbook(s): 

• HALOG
• ELOG

Entry Makers: bbarkerBody: 

Log Number: 4364335Logbook(s): 

• HBLOG
• ELOG

Entry Makers: bbarkerBody: 

Log Number: 4364330Logbook(s): 

• ELOG

Tags: 

• Autolog

Body: System UN-Masking for: BeamLossMonitor
User: mock
Areas: All

BeamLossMonitor Devices:
ILM0I07
ILM0L01A
ILM0L01B
ILM0L02
ILM2D00A
ILM2D00B
ILM0L04A
ILM0L04B
ILM0L05
ILM0L06A
ILM0L08
ILM0R01
ILM4D00
ILM0R03
ILM0R04
ILM0R06
ILM0R08
ILM0R09
ILM1L01
ILM1L02
ILM6R08
ILM3S00
ILM7S00
ILM9S00
ILM5S10
ILM5E03
ILM7S01
ILM9A01
ILM3E02
ILM5A01
ILM1A04
ILM1A06
ILM1A09
ILM5A10
ILM1A16
ILM1A19
ILM3R10
ILM9R07
ILM1R09
ILM2L03
ILM5R10
ILM5R05
ILM2L01
ILM2T09
ILM8T0

Log Number: 4364327Logbook(s): 

• ELOG

Tags: 

• Autolog

Body: System Masking for: BeamLossMonitor
User: mock
Areas: All

BeamLossMonitor Devices:
ILM0I07
ILM0L01A
ILM0L01B
ILM0L02
ILM2D00A
ILM2D00B
ILM0L04A
ILM0L04B
ILM0L05
ILM0L06A
ILM0L08
ILM0R01
ILM4D00
ILM0R03
ILM0R04
ILM0R06
ILM0R08
ILM0R09
ILM1L01
ILM1L02
ILM6R08
ILM3S00
ILM7S00
ILM9S00
ILM5S10
ILM5E03
ILM7S01
ILM9A01
ILM3E02
ILM5A01
ILM1A04
ILM1A06
ILM1A09
ILM5A10
ILM1A16
ILM1A19
ILM3R10
ILM9R07
ILM1R09
ILM2L03
ILM5R10
ILM5R05
ILM2L01
ILM2T09
ILM8T09<B

Log Number: 4364328Logbook(s): 

• HALOG
• BTLOG
• ELOG

Entry Makers: alexsBody: 

After much confusion trying to obtain a comprehensible calibration response, FFB for Hall A is online and working.

Fig 1: Initial Orbit to A

Fig 2-3: FFB Calibration Response Curves. Correctors 4H and 2V were chosen for IPM1C07, and 7H and 7V were chosen for IPM1C16

Fig 4: Zeroed horizontal and vertical orbit to IPM1C07 and IPM1C16 with correctors 1C04H, 1C07H, 1C02V, and 1C07V, and zeroed IPM1C12H by removing 0.9 MV/m from 2L20-3

Fig 5: FFB on in absolute mode.